UVK2GR47MED1TA

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Aluminum electrolytic capacitors are a type of capacitor that uses an aluminum oxide film and electrolyte to form a double layer of solid and liquid. They are a polarized device, meaning they have a positive and a negative electrode, and their internal structure works to store energy. Different variations exist, such as aluminum electrolytic capacitors with non-solid electrolyte, which are non-polar devices.The UVK2GR47MED1TA is an aluminum electrolytic capacitor that has a wide range of uses. These capacitors are typically employed in the context of electric filters and power supplies, due to their excellent capacitance values and low production costs. Additionally, the UVK2GR47MED1TA\'s ability to work under high temperatures makes it a suitable choice for applications that involve switching power supplies and high-frequency circuits.The working principle behind the UVK2GR47MED1TA is a familiar one for aluminum electrolytic capacitors. These devices employ a system of foil electrodes, aluminum oxide film, and electrolyte. The electrodes are made of a thin aluminum foil, and the electrolyte and oxide coating act as separators. Voltage is applied to one electrode, and a current flows across the separator to the other electrode. As the electrodes get increasingly charged, an electric field develops, and it blocks further current flow beyond a certain point.The foils in the UVK2GR47MED1TA are usually referred to as the anode and the cathode. The oxygen ions in the oxide coating move in the direction of the anode, forming an electric double layer on either side of the oxide film. The anode becomes negatively charged and the cathode is positively charged, thus forming a capacitor.The UVK2GR47MED1TA\'s impressive capacitance and voltage handling make it an ideal choice for applications such as DC/DC converters and power supplies, where large-capacity energy storage is necessary. Additionally, these devices can be used in high-frequency circuitry, as they offer low impedance values and high temperature operation. Finally, they are also employed in switching power supplies, as their superior physical characteristics provide increased reliability in these settings.

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